friction torque

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friction torque

[′frik·shən ‚tȯrk]
(mechanics)
The torque which is produced by frictional forces and opposes rotational motion, such as that associated with journal or sleeve bearings in machines.
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References in periodicals archive ?
The HMI controller records the friction torque and calculates the friction coefficient by following Equation 1 [121.
(1), (9) Both tools have rotational axes to prevent dancers from using friction when performing turnout, but neither provides the exact static friction torque of the device.
4, b, it is intended to test the hypothesis of constant friction torque accepted in the case of dry friction pairs for the symmetrical rotor; if the assumption is confirmed, it allows for finding the coefficient of sliding friction from the rotation pair, parameter required for the simulation of the asymmetric rotor motion.
Specifications include maximum RPM of 6000, static friction torque range from 0.044 ft.
The diaphragm springs 13 and 14 connect the secondary part of the friction clutch 11 (to transfer the friction torque) and the secondary shaft 8 is fixed lash free in.
The speed difference between the synchronous output shaft and the input shaft is eliminated by the friction torque between synchronous ring's inner cone and target ring gear's friction cone to achieve a smooth and fast shift.
where [f.sub.0] is the zero drift error of friction torque, [f.sub.c] is the Coulomb friction coefficient, [f.sub.v] is the viscous friction coefficient, and [f.sub.a] and [f.sub.b] are the experiential friction coefficients.
The static characteristics of the rotation transmission device are volume losses (leakage), mechanical losses (friction torque, breakaway torque), and locking fluid temperature at the outlet of the device.
One such component-level factor that contributes to fuel economy is wheel bearing friction torque ("drag").
The friction torque of revolute joint in ADAMS is a composition of preload friction torque, constraining friction torque and bending friction torque.
Equation (3) shows the ICE torque divided into ICE load torque and ICE friction torque. Similarly, Equation (4) expresses the kinetic energy at the end of the second stroke using [[omega].sub.eng2].

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